AQS51/61-KAM COMBINED CO
2
-/TEMPERATURE DUCT SENSOR/CONTROLLER
EN0B-1023 GE02R0500
6
Pin
Jumper
Marked
Function
1
2
3
AN1
Current
Current/Voltage
Voltage
Pin 1 and 2 provides 0(4)...20mA for OUT1
Pin 2 and 3 provides 0(2)...10Vdc for OUT1
4
5
6
AN2
Current
Current/Voltage
Voltage
Pin 4 and 5 provides 0(4)...20mA for OUT2
Pin 5 and 6 provides 0(2)...10Vdc for OUT2
7-8
9-10
OUT
20 - 100%
0 - 100%
Pin 7 and 8 provides 2...10Vdc or 4...20mA
Pin 9 and 10 provides 0...10Vdc or 0...20mA
Table 1 Jumper selections
WIRING
Connection Terminal
Function
Electrical Data
Remarks
G+
Power+
24Vac/dc+
Internal rectifying diode
G0
Power ground (-)
24Vac/dc-
(see Note 1!)
OUT1
Analogue output 1 (+)
0...10Vdc, 0...20mA,
According to OUT, AN1
2...10Vdc, 4...20mA
jumper positions
OUT2
Analogue output 2 (+)
0...10Vdc, 0...20mA,
According to OUT, AN2
2...10Vdc, 4...20mA
jumper positions
M
Signal ground (-)
Protected by PTC resistor
NC
CM
Normally closed
Common relay terminal
NO
Normally open
Table 2 Electrical terminal connections
NOTE1: The ground terminal is used as negative power
supply DC input or AC phase ground G0 (halfwave
rectifier). The signal ground M, protected by a PTC
resistor, is the same as power ground G0
(permitting a “3-wire” configuration). A single
transformer may be used for the entire system.
Situations can occur where different transformers
must be used.
NOTE2: AQS51/61 can supply both a voltage or a current
output for OUT1/OUT2. To change between
voltage and current output mode the hardware
jumpers have to be set in accordance. There is
one jumper for AN1 and one for AN2, so that one
output can be a voltage output and the other a
current output. Both voltage output and current
output can be 0...100% (0...10 Vdc or 0...20 mA)
or 20...100% (2...10 Vdc or 4...20 mA) The same
percentage are used for both outputs, see Table 1.
Wiring should be done only according to the actual job wiring
diagrams or above wiring list. All wiring must conform to
applicable codes, ordinances and regulations.
Electric discharge may damage the sensor electronics.
Therefore handle the unit carefully and avoid electrostatic
discharge.
Do not connect the power supply unless all other connections
and settings are correctly done.
The AQS51/61 signal ground (M) is not galvanically
separated from the power supply. If the analog output signals
are connected to controllers or DDC system, the same
ground potential has to be used or install separate
transformers for sensor and controller/DDC system.
Potential free contact
relay
1mA/5V up to
1A/50Vac/24Vdc
Triggered by register
OUT3
